In mathematics, when you place one number over another, with a small horizontal line between them, it means that you are to divide the one number by the other - the same as if you place the two numbers one after the other with a dividing sign between them. It is simply another way of expressing the same thing.
So if you have 5 things and you want to divide them equally among 5 people, you can only do this once. Each person gets one thing and then you have none left to divide. So 5 divided into 5 can only be done once.
Also, if you have 10 things to divide among 10 people, again you can only do this once before you run out. This, of course holds true for 12 and 12, or 125 and 125, or any number you choose, so long as the two numbers are the same.
So any quantity divided by the same number equals one.
However, if you have 10 things to divide among 5 people, now you can do this twice, since you can first give each person one thing, and then you can go around and give each person a second thing before you run out.
Vice-versa, if you have only 1 thing for 2 people, now each person gets only a half thing because you don't have enough to go around, and this is why 1 divided by 2 is the same as 1 over 2 or 1/2, which is referred to as a fraction.
It gets worse, but this will do for basic division and proper fractions.
One
1. any number over itself equals one, so even 10000000000 over 10000000000 would still equal 1.
Any number raised to the power of 1 is equal to itself.
Any non-zero number divided by itself is equal to one.
That means that in the relation considered, any object relates to itself: For any "x", relation(x, x) is true. For example, this is a property of equality (any number is equal to itself), of congruence (any object is congruent to itself), and to relationships such as greater-than-or-equal (any number is greater than or equal to itself) and the non-strict subset relation (any set is a subset of itself).
1 Any number over itself equals to one
Yes, 64 is equal to 64/1 because any number divided by 1 is the same number itself.
1/1 and 2/2 and 2.5/2.5 any number over itself
One
1. any number over itself equals one, so even 10000000000 over 10000000000 would still equal 1.
Any number raised to the power of 1 is equal to itself.
Any non-zero number divided by itself is equal to one.
That means that in the relation considered, any object relates to itself: For any "x", relation(x, x) is true. For example, this is a property of equality (any number is equal to itself), of congruence (any object is congruent to itself), and to relationships such as greater-than-or-equal (any number is greater than or equal to itself) and the non-strict subset relation (any set is a subset of itself).
False
121^1 = 121. Any number with an exponent of 1 is equal to itself.
Any number over itself.
1 itself, 1 raised to any power will always equal 1